The 8400 Series offers the widest possible resistance range
Metals, superconductors, and certain other materials that are characterized by low resistances can sometimes be difficult to measure in a [...]
There are some unique challenges when having to monitor the temperatures of superconducting magnets in high-energy accelerator facilities. Scientists require sensors with resolution high enough to [...]
There is a growing amount of interest in magnetocaloric effect (MCE) research, primarily directed toward developing next-generation, eco-friendly magnetic refrigerator technologies for consumer use. [...]
We have previously discussed how you can use a Lake Shore probe station’s temperature controller with a Keithley semiconductor characterization system to automate temperature measurements. Now it’s [...]
2-D FORC diagram showing the distribution of switching (H c) and interaction (H u) fields for a mixture of Sr-ferrite powder and BaFe 2O 4 ceramic, showing the phases of each individual material [...]
Lake Shore Cryotronics and Cascade Microtech announce today that the companies have entered into a cross-marketing agreement, a partnership that is designed to help guide customers to a cryogenic [...]
Hall voltage vs. field for both low resistance (orange) and standard resistance (blue)
Metals, superconductors, and certain other types of materials are characterized by low resistances and can [...]
With the U.S. Department of Energy’s recent announcement about new funding for solid-state lighting (SSL) R&D, we thought this would be a good time to summarize how Lake Shore systems and instruments [...]
Landing a probe is probably the most important step in achieving reliable, repeatable measurements. In our user manuals, we provide detailed instructions on correctly landing various Lake Shore [...]